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Explore the century-long evolution of quantum computing in this keynote presentation from Computing Conference 2025, where Dr. Peter Mueller traces the remarkable scientific journey from Max Planck's early quantum hypothesis to IBM's cutting-edge quantum processors. Discover the historical milestones, foundational principles, and transformative breakthroughs that have shaped quantum computing, with detailed explanations of transmon qubits, cryogenic requirements, coherence challenges, and error correction techniques. Learn about real-world quantum applications including quantum key distribution and quantum sensing, while gaining insight into both the physics and engineering perspectives behind quantum computing through accessible metaphors and practical examples. The presentation covers the evolution of quantum mechanics in modern technology, introduces qubits and Josephson junctions, examines quantum cryostats and deep temperature requirements, explores quantum gates and decoherence issues, and discusses applications in sensing, cryptography, and secure communications. Additionally, understand the economic and industrial implications for quantum device development and the future challenges facing quantum computing, all presented by a senior scientist with over 35 years of experience at IBM Research and founding member of IEEE ComSoc's technical committees on Quantum Communications and Information Systems Security.
